6 common bugs in PCB design

- Nov 03, 2018-

Today's PCB design engineers can find a number of powerful and easy-to-use electronic design automation (EDA) software packages on the market.Each has its own unique capabilities, strengths and limitations.

Also, it should be noted that no software is foolproof, so issues such as component packaging mismatches are bound to occur.It is possible that there is no single tool that meets all your needs.

Still, you'll have to do some research beforehand to find the best product for your needs.Some information on the Internet can help you get started quickly.

2

Poor communication

Bring bring bring

Although outsourcing PCB design to other vendors is becoming increasingly common and often very cost-effective, it may not be appropriate for complex PCB designs where performance and reliability are critical.

As design complexity increases, face-to-face communication between engineers and PCB designers becomes important to ensure accurate component layout and wiring in real time, which can help save costly rework in the future.

It is also important to invite PCB manufacturers to join in the early stages of the design process.They can give you preliminary feedback on your design, and they can maximize efficiency based on their processes and programs, which will help you save considerable time and money in the long run.

By letting them know your design goals and inviting them to participate in the early stages of the PCB layout, you can avoid any potential problems before the product goes into production and shorten the time it takes for the product to hit the market.

3

Failed to thoroughly test early prototypes

Bring bring bring

The prototype board allows you to demonstrate that your design is working to the original specifications.Prototype testing allows you to verify PCB functionality and quality and performance before mass production.

Successful prototype testing requires a lot of time and experience, but a strong test plan and a clear set of goals can shorten the evaluation time and also reduce the likelihood of production-related errors.

If any problems are found during prototype testing, a second test is needed on the reconfigured circuit board.

By incorporating high risk factors into the early stages of the design process, you will benefit from multiple iterations of the test, identify any potential problems early, mitigate risks, and ensure that the plan is completed on time.